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1. High tensile strength: These conveyor belts are suitable for transporting materials over large spans and long distances.
2. Minimal elongation in use: The belts require only a very short take-up stroke distance during operation.
3. Reduced drive pulley diameter: With a carcass featuring longitudinally arranged steel cords, they resist flex fatigue, allowing for the use of smaller diameter drive pulleys and making equipment more compact.
4. Strong adhesion between rubber and steel cord: The steel cords are surface-coated with zinc, and the rubber used exhibits excellent adhesion to the cords. This ensures tight bonding, shock resistance, and prevents detachment, thus prolonging the belts’ service life.
5. Uniform tension of steel cords: Employing advanced manufacturing techniques ensures that the steel cords are evenly arranged and tensioned, resulting in well-balanced belt operation with minimal deviation.
6. Excellent troughability: The absence of a transverse skeleton in the carcass allows for easy formation of deep troughs, enabling the belts to accommodate more materials and prevent spillage.
7. Good troughability (repeated): Due to the lack of a transverse skeleton in the belt body, it easily forms a deep trough, enhancing material containment and preventing spillage.
8. X-ray inspection of the belt: Users can utilize X-ray inspection to detect damages to the steel cord carcass on conveyor machines, thereby preventing accidents.
Note: Cover thickness, cord diameter, and cord pitch can be manufactured according to customer’s requirements.
The values will help to determine the appropriate cover compound for the application or for the materials carries. Reliable assessment of the behavior of the covers in service for wear and cut resistance cannot be determined from tensile strength, and abrasion values alone.
